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PhD report (June 2014) J.Poplewska
30/06/14
This month I was preparing to pass the final examination of PhD in the field of materials science. After passing the exam I got involved in writing the article to Materials Science and Engineering. To do so, I had to first complete the experiment with plane stress compression. All experiment works w -
Raport_MTrybula
20/06/14
Participation at International Meeting: CALPHAD and THERMAM. Presentation of results of liquid binaries including atomistic calculations and those based on classical equation of atoms movement. They were compared to measured data. These studies were also supplemented by semi-empirical consideration -
K. Glowinski (May report)
12/06/14
I May I was studying various models which link
macroscopic boundary parameters to energies of boundaries.
I've written a piece of software that
assumes an energy function with some free parameters
and tries to fit the model to data from
molecular simulations available i -
J Kawalko May
04/06/14
In may I had some more opportunity to exercise with in-situ annealing of titanium samples inside FEG SEM with EBSD capabilities. This time we decided it would be interesting to perform heating with heating ratio similar to one used for DSC measurements and at specific temperatures where we expected -
PhD report (May 2014) J.Poplewska
04/06/14
May was the month extreme full of work. I finally completed writing a dissertation paper. I have done missing EBSD/SEM measurements for recrystallized samples of Al-Zr.
I also passed exams on philosophy and foreign language. -
PhD report (May 2014) A.Mzyk
04/06/14
May was dedicated to HUVECs seeding on the surface of variuos samples modified by nanoparticles and 24 bl PLL/HA cross-linked or non-cross-linked films for Impact R assay. I prepared coatings for tribological measurements and PACVD modification for my forthcoming visit in Leoben. -
May
04/06/14
The microstructure inhomogeneity, like group of several adjacent grains cut by the shear bands, is typical for the deformed material (see Fig. 3). Deformation process significantly refines the grains. The area-weighted average grain size of the sample deformed to 13% is ca. 8.3 μm. We obse -
May
04/06/14
In this study we adopted the Rodriguez parameterization for description of preferred twin variants in the orientation space. The Rodriguez-Frank orientation space for hexagonal 6/mmm lattice filled with ca. 〖10〗^4 vectors is presented in Fig. 2 [10,11]. The main axes of this co -
May report
03/06/14
Recently, I was concentrated on colloidal solutions. I obtained new suspension of 100-120nm nanoparticles with high concentration. I tried other solutions as well. But only with this mentioned I obtained clearly visible change in appearance of silicon wafer after particles deposition. The solution h
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PhD report (June 2014) J.Poplewska
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